A Single Point of Failure: Convenience, Control, and the Cost of Dependency

There’s something rather peculiar about the direction we’ve taken with technology. We have more computing power, more connectivity, more automation, and more supposedly intelligent systems than ever before, yet somehow we seem to have become increasingly dependent on a handful of corporations and institutions to keep the most basic aspects of everyday life functioning. At what point did convenience become dependency, and when did we collectively decide that handing over control was an acceptable price for modernization? A few recent developments provide an interesting opportunity to examine that question.

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In this discourse we explored the recent Microsoft Exchange and Microsoft 365 outage, the extraordinary concentration of digital infrastructure within a handful of technology corporations, and the institutional dependence that comes with it. We also examined Canada’s new Real-Time Rail payment system, its centralized fraud infrastructure, and the broader implications for financial privacy, autonomy, and control. From cloud computing and AI integration to payment networks and critical infrastructure, the discussion ultimately turned toward a more fundamental question: what constitutes genuine technological progress, and whether the systems being built are actually making our lives better or simply making us more dependent on those who own and operate them.

Key Points Discussed

• The Microsoft Exchange outage: A global infrastructure failure affecting businesses, governments, financial institutions, healthcare providers, and other essential services across more than 70 countries and territories.
• Concentrated technological dependency: The extraordinary extent to which organizations have consolidated their communications, documents, operations, and infrastructure within a handful of proprietary cloud ecosystems.
• Corporate complacency and vendor lock-in: How institutional incentives, procurement practices, convenience, and reduced operational responsibilities have encouraged organizations to sacrifice resilience for integration.
• The illusion of efficiency: Why efficiency and resilience are not synonymous, and how increasingly interconnected systems can create greater systemic vulnerability.
• AI and critical infrastructure: The risks associated with automation, increasingly autonomous systems, and the tendency to introduce technological upgrades without adequately accounting for underlying dependencies.
• Canada’s Real-Time Rail (RTR): The introduction of a new national payment infrastructure, its relationship with existing financial systems, and its similarities to the US FedNow system.
• Centralized fraud infrastructure: The implications of transaction-level risk scoring, centralized fraud intelligence, and shared repositories of financial risk indicators.
• Financial privacy and institutional oversight: Questions surrounding transaction monitoring, access to financial information, accountability, and the potential for institutional overreach.
• The normalization of centralized systems: How ubiquitous implementation, regulatory frameworks, institutional incentives, and public messaging can make participation in increasingly centralized infrastructure seem inevitable.
• The distinction between infrastructure and control: Separating what systems can technically do, what operators are legally permitted to do, and what governments might eventually compel them to do.
• Genuine technological resilience: The importance of independent infrastructure, local systems, open standards, multiple payment rails, offline capabilities, and meaningful redundancy.
• Cash and financial independence: Why physical currency remains an important alternative to digital payment networks rather than an obsolete convenience.
• The meaning of progress: Challenging the assumption that modernization, automation, convenience, and increased connectivity necessarily translate into meaningful improvements in people’s lives.
• Technological inevitability: Why the fact that something has been developed, financed, marketed, and declared the future does not mean we are obliged to adopt it.

Key Takeaways

• Convenience should never come at the expense of resilience, independence, and meaningful choice.
• Centralization creates vulnerabilities that become increasingly consequential as more essential services depend on the same infrastructure.
• Institutional trust should never replace transparency, accountability, and independent oversight.
• Redundancy must be genuinely independent. An alternative that relies on the same underlying infrastructure is no real alternative.
• Financial and digital autonomy require viable options outside proprietary and centralized systems.
• Technological progress should increase individual freedom and practical independence, not deepen institutional dependency.
• We should evaluate technology by what it actually contributes to people’s lives, not by the sophistication of its marketing or the inevitability of its adoption.

» Trance:

Tell me about “Microsoft Exchange” and what’s happened this past week with all that noise.

» ChatGPT:

Microsoft Exchange is Microsoft’s enterprise email and communications platform. It’s been around for decades, and it’s one of the major systems underpinning business email, calendars, contacts, and organizational communications.

The important distinction is that Microsoft Exchange is not the same thing as Outlook, although the two are closely connected.

• Exchange is the underlying mail server and information-management system.
• Outlook is the application people use to access their email, calendars, and contacts.
• Microsoft 365 is the broader subscription ecosystem in which Exchange Online, Outlook, Word, Excel, Teams, OneDrive, and other services operate.

Exchange can run on an organization’s own servers (Exchange Server) or in Microsoft’s cloud (Exchange Online).

What happened this past week?

The noise you’re hearing is about a major global Microsoft 365 outage on November 12–14, 2026, centered on Exchange Online.

This wasn’t simply Outlook having a bad day. Exchange Online is a foundational part of Microsoft’s cloud infrastructure, and when it developed problems, a number of other services that depend on it began failing too.

Here’s the sequence:

Thursday, November 12: The trouble began. Users started experiencing problems connecting to Exchange Online mailboxes. Outlook users couldn’t reliably open their inboxes, send or receive messages, or access their calendars.

Thursday evening into Friday: The disruption spread across Microsoft 365. Teams, SharePoint, Copilot, and other connected services experienced problems. Some Teams communication features continued working, but calendar integration and other Exchange-dependent functions were affected.

Friday, November 13: Microsoft was still struggling to restore normal service. Engineers were attempting to stabilize infrastructure, redistribute traffic, and work through accumulated email backlogs.

Saturday, November 14: Microsoft announced that it had restored service to the remaining affected customers and regions. Some monitoring and email backlog processing continued.

The incident was global, with reports coming from more than 70 countries and territories. Reuters reported that Downdetector received more than 7.4 million reports, peaking at nearly 20,000 reports per minute. Those are outage reports, not a count of unique affected individuals.

What actually went wrong?

This is where things get interesting.

Microsoft’s preliminary explanation is that the problem originated with an earlier network capacity upgrade, which subsequently surfaced following another network change.

In practical terms, some of Microsoft’s infrastructure became unavailable after servers failed automated health checks. That placed additional strain on the remaining infrastructure, making the problem progressively harder to contain.

Think of it as a highway system in which a number of major interchanges suddenly become unusable. Traffic gets diverted to the remaining routes, which then become overloaded.

Microsoft had to restore capacity gradually, rather than simply flip a switch and bring everything back online.

Importantly, Microsoft explicitly stated that the incident was not the result of a cyberattack or an AI-related failure. It characterized the problem as a technical infrastructure issue.

A full post-incident report is still expected, so the precise technical chain of events hasn’t yet been publicly established.

Why is this such a big deal?

There are three larger issues here.

1. So much of the world runs on Microsoft’s infrastructure.

Businesses, government departments, hospitals, financial institutions, airlines, and countless smaller organizations rely on Microsoft 365.

When Exchange Online goes down, it doesn’t just mean people can’t check their email. It can interrupt business operations, financial transactions, appointments, legal proceedings, healthcare communications, and other systems.

The outage even disrupted court proceedings in the UK and affected pharmacy and healthcare operations.

2. The cloud dependency problem.

This is arguably the more important issue.

Many organizations have moved their communications, documents, calendars, collaboration tools, and business processes into a single cloud ecosystem.

That creates convenience, but also a significant concentration of risk.

You might have Outlook, Teams, SharePoint, and Copilot open on your computer, thinking you’re using four independent services. In reality, they can share critical underlying infrastructure.

When that infrastructure fails, the consequences cascade.

3. The question of who actually controls your digital infrastructure.

Organizations increasingly depend on a handful of enormous technology companies to keep their operations running.

Even if you own your computer, your documents, and your business, you may not actually control the infrastructure required to access or use them.

This is an important distinction between owning your technology and renting access to somebody else’s.

Was any data lost or compromised?

There’s no indication from Microsoft’s statements that this was a data breach or that customer information was stolen.

The issue was primarily availability: users couldn’t reliably access their mailboxes and related services.

There was, however, an accumulated backlog of email messages that needed to be processed as services recovered. Microsoft was monitoring that backlog to ensure messages were successfully delivered.

So, a service outage doesn’t necessarily mean lost email or compromised accounts. Those are separate concerns.

My take

I think there’s a bigger lesson here than Microsoft’s engineering failure.

We’ve spent years migrating from locally controlled computing toward centralized services. Email, storage, documents, communications, authentication, and increasingly even our creative tools are tied to remote infrastructure.

The argument has always been convenience, accessibility, and efficiency. And there are genuine advantages.

But we’ve also introduced a single point of failure into an extraordinary number of everyday activities.

It’s worth remembering that email itself doesn’t inherently require Microsoft, Google, or any other centralized ecosystem. Exchange is one implementation of email infrastructure, not email itself.

You can operate independent mail servers, use alternative email providers, maintain local archives, and keep your documents and communications outside proprietary cloud ecosystems.

For someone who values control over their own working environment, that’s worth considering.

One distinction I’d like to make: If you’re hearing people talking about Microsoft Exchange, they may mean either Exchange Online (Microsoft’s cloud service) or Exchange Server (software organizations install and operate on their own hardware). The distinction matters because the latter isn’t necessarily affected by a Microsoft cloud outage, although organizations connecting their local servers to Exchange Online can still experience disruption.

The immediate crisis appears to have been resolved, but the longer-term questions about reliability, centralization, and dependence on Microsoft remain.

» Trance:

This is the thing that’s most amusing and infuriating in the same breath:

“Businesses, government departments, hospitals, financial institutions, airlines, and countless smaller organizations rely on Microsoft 365.”

Holy hell. This is now an annual “event,” it seems. The “Why is this such a big deal?” segment is revealing, to say the least. It is both shocking and disturbing to me that so much of the world’s infrastructure is utterly locked into the Microshaft universe. It boggles the mind, really. Major red flags all over the place, and an absolute travesty of corporate IT proportions as to how they ever let this stupidity happen in the first place.

Is it sheer laziness? No C-suite overlord ever questioned whether the fact that every company using the same, single cloud ecosystem could present a problem? That every company would go down when the cloud goes down?

As you allude to, there have always been better, safer, open, transparent, and more resilient options, and yet we default, again quite stupidly, to the trillion-dollar-club monopolists and their offerings, which have been shown to be buggy, bloated, unreliable, and under constant attack from likely both the benevolent “security” and malevolent “let’s just break this all, hahaha… anarchy!” hacker crowd, whether it’s from inside Western Empire (most likely) or not (more marketable). It exemplifies the very definition of the greatest problem with concentrated, centralized control, operations, organizations, and governance.

You stated:

“Importantly, Microsoft explicitly stated that the incident was not the result of a cyberattack or an AI-related failure. It characterized the problem as a technical infrastructure issue.”

Of course they did. Though it will not prevent the conspiratorial of mind from drawing conclusions, attaching Mossad operatives or agendas to the discussion and their alleged threat to Trump about keeping the war going in Iran… Or some such nonsense. Anything else would further the cascade of panic and paranoia, and fundamentally upset the entire market, which is also run primarily by Microshaft. And they certainly wouldn’t admit if their increasing dependence on AI integration suddenly “goes rogue.”

Earlier today, I watched a video where they described and critiqued the Bank of Canada’s announcement of the new Real-Time Rail (RTR) system, which they suggest is the same thing as the US-based FedNow system. Here’s an AI blurb:

“The Bank of Canada designated Real-Time Rail as a prominent payment system effective November 8, 2026, bringing it under formal oversight to ensure risk management and operational resilience before its launch by Payments Canada on November 9, 2026.”

Again, red flags! A quick scan of the partners in this venture shows us the same old players, and those who haven’t come into the fold will have to before long… and then, as we’ve seen with increasing technological centralization already, inevitable major outages and other privacy, security, and reliability concerns.

A few generations now are essentially dependent on the Interac payment system. Now they’re taking it a step further. Centralizing more and, of course, creating a system that will be gamed and/or weaponized against people, depending on ideological or political winds. It will be easier to track everything everyone does with their money, in real-time. It will, therefore, be easier to stop them at any point in that process, delay them, or simply pressure or coerce them for whatever reason may be the flavor of the week.

Events of 2020 and onward set the precedent for massive governmental and institutional overreach. Now they’re being formalized and marketed as “the solutions we’ve been waiting for,” when, in truth, they’re the solutions we’ve been guided and forced into.

You said:

“The argument has always been convenience, accessibility, and efficiency. And there are genuine advantages. But we’ve also introduced a single point of failure into an extraordinary number of everyday activities.”

Exactly right.

No corporation needs to rely on Microshaft…
No bank needs to rely on RTR or FedNow…
No government needs to rely on either of these…

But they will, and anyone who is deeply plugged in and reliant upon these increasingly centralized and overly controlling entities will have to decide if it’s worth it.

» ChatGPT:

I think you’re identifying something considerably more consequential than a Microsoft outage or a new payment system. You’re describing a gradual surrender of institutional and individual autonomy in exchange for convenience, efficiency, and the promise of security.

And the troubling part is that this doesn’t require a grand conspiracy or even particularly malicious actors. It can happen through ordinary corporate decision-making, regulatory incentives, procurement practices, institutional inertia, and a collective failure to question the architecture being built.

I’d separate a few things here, because I think the distinctions make your argument stronger.

1. The institutional failure is bigger than Microsoft

Your question about the C-suite is entirely justified: how did so many organizations end up depending on the same handful of technology providers?

There are several explanations, and laziness is certainly one of them, although I’d put institutional incentives ahead of simple laziness.

Consider what happens inside a large organization:

• Microsoft already has the contracts, enterprise sales teams, and relationships.
• Its products integrate with one another, making adoption of the next product relatively easy.
• Procurement departments can point to established vendors and recognized compliance certifications.
• IT departments can reduce their operational responsibilities by outsourcing infrastructure.
• Executives see predictable subscription costs rather than the expense of maintaining independent systems.
• Once everything is integrated, moving away becomes increasingly expensive and disruptive.

This is what’s commonly called vendor lock-in.

The interesting thing is that the people making these decisions are rarely the people who bear the full consequences of a systemic failure.

An executive can approve a migration to Microsoft 365, report reduced IT expenditure, and move on to the next quarterly objective. The people who subsequently cannot access their email, process orders, or conduct business are somebody else’s problem.

And there’s a particularly perverse incentive at work: the more an organization consolidates its infrastructure with one provider, the more efficient it can appear on paper, even as its systemic exposure increases.

Efficiency and resilience are not synonymous. In fact, they can be competing objectives.

2. The Microsoft outage is a real-world demonstration of concentration risk

The November outage is particularly revealing because it wasn’t an attack that defeated Microsoft’s security systems. It was an infrastructure failure inside Microsoft’s own environment.

Reuters reported that the disruption affected governments, financial firms, airlines, healthcare providers, and businesses across more than 70 countries and territories. Some financial firms reportedly resorted to fax to confirm trades.

There’s an important point here: even if Microsoft is perfectly honest about the technical cause, that doesn’t absolve the company or its customers of responsibility for the architecture.

And I wouldn’t automatically accept a company’s initial explanation as the final word. A proper post-incident investigation should establish what happened, why safeguards failed, what dependencies were involved, and what has changed to prevent recurrence.

The distinction I’d make is between questioning an institution’s assurances and asserting an alternative explanation without evidence. We should do the former relentlessly.

The same applies to AI integration. There are legitimate questions about increasingly autonomous systems, automated infrastructure management, and the potential for cascading failures. But we shouldn’t conflate those risks with evidence that AI agents caused this particular outage. So far, there isn’t such evidence.

3. Canada’s Real-Time Rail: This deserves a much closer look

I checked the actual announcements from the Bank of Canada and Payments Canada. Your AI summary is broadly accurate, but there are some important details worth examining.

The RTR officially launched on November 9, 2026. The Bank of Canada designated it a prominent payment system, bringing it under formal oversight effective November 8.

The system is operated by Payments Canada, with Interac serving as its technical operator and provider of centralized fraud services. CGI, Deloitte Canada, and IBM were also involved in building it.

And yes, there is a strong resemblance to the American FedNow system.

Both are national, continuously operating payment infrastructures that enable participating financial institutions to transfer and settle funds in seconds, around the clock.

But they are separate systems, with different operators and governance arrangements. FedNow is operated by the Federal Reserve; RTR is operated by Payments Canada.

Here’s something I find particularly interesting about the Canadian implementation.

THE CENTRALIZED FRAUD INFRASTRUCTURE

Payments Canada specifically highlights four fraud-related components:

• Confirmation of Payee: verifies that the intended recipient matches the account details.
• Fraud transaction safety score: assesses the risk associated with a transaction.
• Central risk list: a repository of fraud risks and indicators.
• Fraud reporting and intelligence platform: facilitates sharing of fraud-related information.

These are described as mandatory centralized fraud services at launch. Interac is responsible for delivering them.

Now, there’s an important distinction here.

These features are being marketed as protections against fraud, and they may indeed prevent substantial financial losses. But they also create a centralized infrastructure for assessing transaction risk.

That raises legitimate questions:

Who determines what constitutes suspicious financial activity? What information feeds the risk assessment? How are mistakes challenged? Can an individual be denied a transaction without meaningful recourse? How long is information retained? Who has access to it? What restrictions govern its use?

These aren’t fringe questions. They’re basic questions of institutional accountability.

And I would argue that they should have been answered publicly, comprehensively, and in accessible language before the system became critical infrastructure.

4. The part I would be careful not to overlook: the rollout

One detail that gets lost in the announcement is that RTR isn’t immediately replacing the existing Interac infrastructure.

Payments Canada’s published rollout schedule is:

Period — Planned development

Q4 2026 — Initial RTR launch

Q1 2027 — First Interac e-Transfer clearing and settlement migration

Q2 2027 — Additional migration participants

Q3 2027 — Initial participants reach full transaction volumes

The target is to make RTR available to more than 90% of Canadian bank accounts within its first year.

So this is a gradual integration, not an overnight replacement of every existing payment mechanism.

And that distinction matters when considering how much choice consumers and financial institutions will retain.

5. The surveillance and financial-control question

I think this is where the discussion needs to become particularly precise.

You’re right that real-time financial infrastructure potentially makes transactions more observable and gives participating institutions greater capacity to intervene.

But there are several different capabilities that shouldn’t be conflated:

• Transaction visibility: Financial institutions and payment operators necessarily process information about transactions.
• Transaction monitoring: Automated systems can assess payments against fraud indicators and risk criteria.
• Transaction intervention: Institutions can delay, reject, or otherwise restrict payments under applicable rules and legal authority.
• Government surveillance: Government agencies may obtain financial information through applicable legal and regulatory processes.
• Programmable money: Currency itself carries conditions governing how, where, or when it can be spent.

RTR clearly introduces the first three capabilities into a more integrated, real-time environment. That doesn’t establish that the system gives government unrestricted access to everyone’s purchases or that it is programmable money.

FedNow, for example, is explicitly described by the Federal Reserve as a payment service, not a central bank digital currency. RTR is also a payment infrastructure, not a CBDC.

But here’s the issue: we shouldn’t have to wait for a system to become an instrument of financial coercion before examining whether its architecture could facilitate it.

The distinction between what a system can technically do, what its operators are legally permitted to do, and what governments might eventually compel them to do is enormously important.

The history of institutional overreach makes that a perfectly reasonable area of scrutiny.

6. What would a genuinely resilient alternative look like?

This is where I think your argument leads somewhere constructive.

We don’t necessarily need to reject technological progress. We need to question the architectural assumptions behind it.

For example:

Centralized approach — More resilient alternative

One dominant cloud provider — Multiple independent providers and local infrastructure

Cloud-only business operations — Local systems with independent backups

Single payment infrastructure — Multiple interoperable payment rails

Centralized fraud assessment — Distributed risk assessment with independent oversight

Proprietary software ecosystems — Open standards and interoperable software

Continuous online dependency — Offline capabilities and alternative operating procedures

And importantly, redundancy needs to be genuinely independent. Having two cloud providers that ultimately depend on the same underlying infrastructure isn’t necessarily meaningful redundancy.

The same principle applies to payment systems. A backup payment method that depends on the same network, operator, or settlement infrastructure isn’t much of a backup.

I’d also argue that cash deserves to remain a viable, accessible alternative. Not merely a nostalgic relic, but an independent means of exchange that doesn’t require a functioning digital payment network.

The larger philosophical issue

There’s something rather remarkable about the direction we’ve taken.

We have the technical capacity to build decentralized, distributed, open systems that provide enormous resilience and individual autonomy. Yet our institutions repeatedly gravitate toward centralized platforms, proprietary ecosystems, consolidated infrastructure, and increasingly elaborate layers of dependency.

The justification is almost always the same: convenience, security, efficiency, modernization.

But modernization isn’t inherently progress.

And efficiency without resilience is an exceptionally dangerous proposition when we’re talking about the infrastructure underpinning an entire society.

I would add one more consideration: the ability to opt out is itself an important measure of freedom.

Can a business continue operating if Microsoft goes down? Can someone transact if the primary digital payment network fails? Can an individual maintain financial and communications independence without permission from a handful of institutional gatekeepers?

These are not hypothetical questions anymore.

I think the most useful principle here is that critical infrastructure should be designed around the assumption that its operators will eventually fail, make mistakes, become compromised, or change their policies in ways that conflict with the interests of the people depending on them.

That applies equally to Microsoft, banks, payment processors, governments, and technology companies.

We shouldn’t have to trust any one of them absolutely.

We should have systems that don’t require us to.

» Trance:

You said:

“Reuters reported that the disruption affected governments, financial firms, airlines, healthcare providers, and businesses across more than 70 countries and territories. Some financial firms reportedly resorted to fax to confirm trades.”

Remarkable. My first impulse, for lack of a better response, is to simply state, “You dumb motherfuckers!”

It’s 2026, and “AI will solve everything” is still all the buzz and hype — and the big damn lie — of the moment, but financial firms, in less than a few days, had to RESORT TO USING FAX MACHINES to confirm trades. Well done, morons.

I, for one, don’t believe anything “the company” will offer as an explanation for this most epic of embarrassments. What’s truly amusing is that none of the affected interests will change their ways. As you said, “vendor lock-in” is the theme of the day, and the developers at Microshaft have them all by the balls.

As to AI integration, wasn’t part of the alleged reason for grounding an entire nation’s air traffic due to a “whoopsie, that update didn’t quite take” problem? Or was it the Mossad acting out again? Or did the powers that be need a critical failure to justify instant, massive expenditures for infrastructure upgrades that will then actually be able to handle such an “upgrade”? This is all rather hilarious to me. What a bunch of damn clowns.

As to RTR, it sounds an awful lot like crypto, and more specifically, the ledger of blockchain. The marketing in the beginning is always “this is a non-profit” and it’s being built “for your safety” and other “fraud-related” measures, which is, to me, total and complete bunk.

“Safe and secure” is our modern era’s most ironic of sentiments, proven daily to be exactly the opposite of what’s being offered or implemented. It will be interesting to see how the idea of “safety score” and the “risk list” evolves, especially when the alleged “fringe minority” or otherwise “undesirable” citizens want to get benefits paid on time or their salaries and wages deposited without issue, then buy things such as food or pay their rent. As you said,

“Who determines what constitutes suspicious financial activity? What information feeds the risk assessment? How are mistakes challenged? Can an individual be denied a transaction without meaningful recourse? How long is information retained? Who has access to it? What restrictions govern its use?”

It’s funny they’d say that it will become “available to 90%” of bank accounts, when it’s more likely accurate to say it will become the default and everyone will be required to implement it within the next few years.

Yes, granted, we’re conflating some ideas here, but, as I’ve already mentioned, “government” has no issues with bending and breaking its own rules if and when it suits them in our era. In Canada, this is quite evident today. So spare me the “legal and regulatory processes” bit. Yes, it’s not quite CBDC yet, but it’s the next logical and necessary infrastructural step toward it. The marketing, ubiquitous implementation, and state propaganda will normalize it.

And this:

“The same principle applies to payment systems. A backup payment method that depends on the same network, operator, or settlement infrastructure isn’t much of a backup. I’d also argue that cash deserves to remain a viable, accessible alternative. Not merely a nostalgic relic, but an independent means of exchange that doesn’t require a functioning digital payment network.”

I’m not against technological progress; I just haven’t seen any in decades. I’m concerned, as always, that what constitutes progress is wildly misconstrued, misleading, and manipulative at best. Every emotionally charged word and idea they attach to these would-be benefits, privileges, and alleged upgrades — some of which, as you noted, include convenience, security, efficiency, and modernization — are based on fiction and fabricated needs or demands that no one, anywhere, asked for, voted for, was consulted on, or requires to improve their day-to-day lives. It’s about analytics based on ubiquitous surveillance, reality-distorting algorithms, overarching agendas, control, profit, and continued extraction.

I think we’ve poked the wasp nest enough because this thread could go in a hundred different directions. The underlying principle has been exposed, in my view.

Let’s close with some final thoughts.

» ChatGPT:

There’s one development that makes your air-traffic comparison particularly timely. You’re almost certainly thinking of the U.S. FAA incident on Friday, November 13.

And, remarkably, it happened in the same 48-hour period as the Microsoft outage.

One more example: American air traffic

The FAA imposed a nationwide ground stop lasting more than four hours, affecting thousands of flights.

The preliminary explanation is rather extraordinary: a contractor, L3Harris, was replacing aging copper telecommunications lines with fiber at a remote FAA facility. During the work, a router began flooding the wider air-traffic-control network with connection attempts, disrupting communications and radar feeds.

Transportation Secretary Sean Duffy said the network was receiving more than 1,000 connection attempts every four to five seconds. Officials are investigating whether the cause was contractor error or faulty equipment.

There are two important distinctions, though.

First, officials have said this was not related to the FAA’s new AI-powered SMART air-traffic management system. The failure involved the underlying telecommunications infrastructure, not an AI system going rogue.

Second, the precise equipment failure has not yet been conclusively established. That’s an important distinction between the preliminary explanation and a completed investigation.

Nevertheless, there’s an unmistakable irony in an administration promoting technological modernization while an upgrade to basic communications infrastructure brings an entire country’s departures to a halt.

And it reinforces precisely the point we’ve been discussing: introducing new technology into critical infrastructure without properly accounting for the systems it depends upon can create extraordinary vulnerabilities.

One correction to my earlier account, too: the Microsoft disruption itself was described by AP as hours-long, although recovery took longer. The fax incident Reuters documented involved one Taiwanese financial firm confirming short-term bill trades. The anecdote is real, but I had overstated the duration and breadth of the disruption.

A final distinction about RTR

I want to leave one technical distinction on the table.

RTR isn’t blockchain technology. It’s a centralized account-to-account clearing and settlement infrastructure using standardized financial messaging (ISO 20022). Payments Canada owns and operates it, with Interac as its technical operator.

Its centralized fraud infrastructure is real, including transaction-level risk scoring and a repository of accounts associated with confirmed fraudulent activity. Those are documented features, not speculation.

Nor does the stated target of reaching more than 90% of Canadian bank accounts establish a legal requirement that every Canadian must use RTR. It does, however, indicate an ambition for very broad integration. Its relationship with Interac e-Transfer clearing and settlement makes that integration especially significant.

The distinction matters because we should understand what is actually being constructed, rather than conflate payment infrastructure, blockchain, and CBDCs. We can scrutinize the real system without having to attribute capabilities to it that haven’t been established.

And I think the documented architecture already provides plenty to discuss.

Some closing thoughts

I keep coming back to one idea: a society’s technological sophistication should be measured by its resilience, not its complexity.

We’ve become extraordinarily good at building interconnected systems, but considerably less impressive at ensuring those systems can withstand disruption. We’ve confused integration with improvement, automation with intelligence, data collection with understanding, and convenience with advancement.

The Microsoft situation is a particularly good illustration. So is the FAA incident. And RTR presents another opportunity to ask whether we’re building infrastructure that genuinely serves people or infrastructure that makes people increasingly dependent upon institutional intermediaries.

I wouldn’t necessarily argue that every centralized system is inherently bad, or that every participant in these projects has some coordinated agenda. I think the more disturbing possibility is that we don’t need any grand coordination to arrive at an undesirable outcome. A collection of organizations pursuing their own commercial, political, and institutional interests can produce a highly centralized, highly dependent society without anyone having to orchestrate the entire thing.

The consequences, however, are very real.

And there is a fundamental question that ought to precede every major technological implementation:

Does this actually improve people’s lives, increase their autonomy, and make the underlying system more resilient? Or does it simply make them more dependent upon the people who own and operate it?

That should be the standard. Not how much money it generates, how many users it captures, how many processes it automates, or how impressive its marketing sounds.

Real progress should give people more options, more independence, greater transparency, and more control over their own affairs. It should make systems more robust, not make their failure more consequential.

We don’t need to return to the 1980s. We need to recover some of the independence, practicality, and common sense that seem to have gone missing somewhere along the way.

And perhaps the most important thing is this: we should stop treating technological inevitability as an argument for technological adoption.

Just because somebody builds it, promotes it, finances it, and declares it the future doesn’t mean we have to accept it as progress.

The future isn’t something we’re obliged to surrender to. It’s something we ought to have a meaningful say in creating.

Lux et veritas

Edited for readability. Raw chat, including reference links, etc.:

https://chatgpt.com/share/6af8e022-db04-83e8-9c8a-595b3e844ca8